{"schema_version":"1.0","canonical_url":"https://patentable.app/patents/US-9852768","patent":{"patent_number":"US-9852768","title":"Video editing using mobile terminal and remote computer","assignee":null,"inventors":[],"filing_date":"2016-06-24T00:00:00.000Z","publication_date":"2017-12-26T00:00:00.000Z","cpc_codes":["G11B","G11B","G11B","G11B"],"num_claims":20,"abstract":"A method for video editing using a mobile terminal and a remote computer is disclosed. A user selects a user video to edit using a mobile application of the mobile terminal. The user selects a visual effect and parameters of the visual effect using the mobile application. Subsequently, the mobile application provides a preview of the visual effect superimposed over the user video using a series of still images representing the visual effect. When the user confirms the preview, the mobile terminal generates a request for video editing and sends the request to a server. The request includes identification of the visual effect for combining the visual effect and the user video as confirmed by the preview. Based on the request from the mobile terminal, the server combines a video clip of the visual effect and the user video into a resulting video."},"analysis":{"summary":"The patent titled \"Video Editing Using Mobile Terminal and Remote Computer\" (US-9852768) introduces a revolutionary method for enhancing mobile video editing capabilities by intelligently leveraging cloud computing. At its core, this innovation addresses the significant limitations of mobile devices in handling computationally intensive tasks like applying complex visual effects and rendering high-quality video.\n\nThe central problem it solves is the friction and performance bottlenecks experienced by users attempting advanced video editing on smartphones or tablets. Traditional mobile editing apps struggle with sophisticated effects, often leading to slow processing, device overheating, or the need to transfer files to a desktop computer for professional results. This patent seeks to eliminate these inefficiencies, empowering mobile users with powerful editing tools without compromising performance or convenience.\n\nTechnically, the approach involves a user selecting a video and a desired visual effect within a mobile application. Crucially, the mobile app provides an immediate preview of the visual effect superimposed over the user video using a series of still images. This 'still-image preview' is a key differentiator, as it offers real-time visual feedback without requiring the mobile device to perform a full, resource-intensive video render. Once the user confirms the preview, the mobile terminal sends a lightweight request to a remote server. This request efficiently communicates the chosen visual effect and its parameters. The powerful remote server then takes over, combining a high-quality video clip of the visual effect with the user's original video to produce the final, polished result.\n\nFrom a business perspective, this technology unlocks immense value. It democratizes access to professional-grade video editing, opening up new opportunities for content creators, marketers, and businesses reliant on user-generated content. Companies developing mobile video applications can integrate this system to offer richer features, superior performance, and a more compelling user experience, thereby gaining a significant competitive advantage. The market opportunity lies in the burgeoning demand for mobile-first content creation, where efficiency and quality are paramount. This invention enables faster content production cycles, higher engagement, and a reduction in the barrier to entry for producing visually appealing videos, ultimately driving greater adoption and monetization in the mobile media ecosystem.","layman_explanation":"### What Problem Does This Solve?\nImagine you're trying to create a professional-looking video for your business or social media, directly from your smartphone. You want to add dynamic visual effects, maybe some slick transitions, or even a branded overlay. The challenge is, your phone, while powerful for many tasks, often struggles with the heavy lifting of complex video processing. It can become slow, drain its battery rapidly, or even crash when trying to render sophisticated effects. This forces many users to transfer their footage to a desktop computer, which is time-consuming, breaks the creative flow, and adds unnecessary complexity to what should be an on-the-go process. In essence, the problem is a significant gap between the convenience of mobile content creation and the demand for high-quality, professional video output.\n\n### How Does It Work?\nThe patent \"Video Editing Using Mobile Terminal and Remote Computer\" offers an elegant solution to this mobile video editing dilemma by intelligently distributing the workload. Think of it like this: your smartphone acts as the 'idea generator' and 'designer,' while a powerful 'supercomputer' in the cloud does the actual heavy 'manufacturing.'\n\nHere’s a simplified breakdown:\n1.  **You Choose:** You open your video editing app on your phone and select the video you want to enhance. Then, you pick a visual effect you like, say, a 'sparkle' effect, and adjust its intensity or duration using the app's controls.\n2.  **Quick Peek:** Instead of your phone trying to fully create the sparkle effect on your entire video (which would be slow), the app quickly shows you a few still pictures of what the sparkle will look like on your video. It's like flipping through a comic book to get the gist of a scene, rather than watching the whole movie. This 'still image preview' gives you immediate feedback without taxing your phone's resources.\n3.  **Send to the Experts:** Once you're happy with the preview and confirm your choice, your phone sends a small, efficient message to a powerful remote computer (a server in the cloud). This message simply says, \"Hey, I want the sparkle effect on *this* video, with *these* settings.\"\n4.  **The Heavy Lifting:** The cloud server, which has immense processing power, then takes your original video and the high-quality version of the sparkle effect, and seamlessly combines them. It does the complex rendering quickly and efficiently.\n5.  **Get Your Masterpiece:** Finally, the server sends back the finished, high-quality video to your phone, ready for you to share. Your phone never had to break a sweat.\n\n### Why Does This Matter?\nThis innovation matters immensely because it democratizes access to professional-grade video editing. For businesses, this means faster, higher-quality marketing content created directly from sales teams' or social media managers' phones. For content creators, it removes the technical barriers to producing engaging, visually rich material, fostering greater creativity and output. The market for mobile-first content is massive, and this technology positions companies to capture a significant share by offering a superior user experience and product. It translates into increased user engagement, higher conversion rates for app developers, and a substantial competitive advantage for any platform integrating this capability. The ROI comes from enabling users to create better content more efficiently, leading to more active users, more shared content, and ultimately, greater platform value.\n\n### What's Next?\nThis technology lays the groundwork for even more advanced mobile creative tools. We could see integration with AI to automatically suggest effects, or even real-time collaborative editing where multiple users contribute to a video, with the cloud handling the complex synchronization and rendering. As mobile networks improve and cloud computing becomes even more ubiquitous, the capabilities enabled by the Video Editing Using Mobile Terminal and Remote Computer patent will only expand, making professional video production as simple and accessible as taking a photo.","technical_analysis":"The patent \"Video Editing Using Mobile Terminal and Remote Computer\" (US-9852768) delineates a sophisticated client-server architecture designed to overcome the computational limitations inherent in mobile video editing. This technical analysis will explore the system's architecture, implementation details, algorithmic efficiencies, and performance characteristics.\n\n**System Architecture and Components:**\nThe core architecture comprises two primary components: a **Mobile Terminal** (client-side) and a **Remote Computer** (server-side). The mobile terminal, running a dedicated application, serves as the user's primary interface. It is responsible for:\n1.  **User Video Selection:** Allowing the user to choose a video from local storage or cloud services.\n2.  **Visual Effect Selection & Parameterization:** Presenting a library of visual effects and enabling user-defined adjustments (e.g., duration, intensity, position).\n3.  **Still-Image Preview Generation:** A crucial component that renders a low-fidelity, static preview of the selected effect superimposed on the user video.\n4.  **Request Generation:** Upon confirmation, packaging a concise request containing effect and video identifiers, along with parameters.\n\nThe **Remote Computer**, typically a robust cloud server or a distributed cluster, handles the computationally intensive tasks. Its responsibilities include:\n1.  **Request Reception:** Receiving the editing request from the mobile terminal.\n2.  **Asset Retrieval:** Accessing the user video and the corresponding visual effect clip/algorithm from high-speed storage.\n3.  **Video Composition & Rendering:** Combining the visual effect and user video according to the specified parameters.\n4.  **Resulting Video Storage/Delivery:** Storing the final video and making it available for download or streaming back to the user.\n\n**Implementation Details and Algorithmic Specifics:**\n1.  **User Video Selection:** The mobile application would likely integrate with standard mobile OS media pickers or cloud storage APIs (e.g., Google Drive, iCloud, Dropbox) to access user videos. For efficiency, larger videos might be uploaded to a temporary cloud staging area upon selection, reducing subsequent transfer times.\n2.  **Visual Effect Management:** Visual effects could be pre-rendered video clips (e.g., alpha channel overlays, motion graphics) stored on the server, or dynamic effects generated via algorithms (e.g., color grading, distortion filters). The mobile app would display thumbnails and configurable parameters for these effects.\n3.  **Still-Image Preview:** This is a key innovation. Instead of streaming or rendering a full-motion preview, the mobile application extracts a few keyframes from the user video. For each keyframe, it applies a low-resolution or simplified version of the selected visual effect, generating a static image. These images are then displayed in sequence or as a gallery, providing the user with a quick, approximate visualization. This minimizes mobile CPU/GPU usage and network bandwidth.\n4.  **Request Generation:** The request is designed to be lightweight. It typically includes a unique identifier for the user's source video (e.g., a URL or object storage key), a unique identifier for the chosen visual effect, and a JSON object detailing the effect's parameters (e.g., `{\"effect_id\": \"fireworks_overlay\", \"start_time\": 5.0, \"duration\": 3.0, \"intensity\": 0.8}`).\n5.  **Server-Side Composition:** The remote computer would utilize powerful video processing libraries (e.g., FFmpeg, GStreamer) or dedicated GPU-accelerated rendering engines (e.g., NVIDIA NVENC/NVDEC, specialized cloud GPUs). The process involves:\n    *   **Decoding:** Decoding the user's video and the visual effect clip.\n    *   **Synchronization:** Aligning the two video streams based on timestamps and parameters.\n    *   **Compositing:** Blending or overlaying the visual effect onto the user video. This might involve alpha blending, chroma keying, or other pixel manipulation techniques.\n    *   **Encoding:** Re-encoding the combined video into a desired output format (e.g., MP4, WebM) with specified quality settings.\n\n**Integration Patterns:**\n*   **API-driven:** The mobile application communicates with the remote computer via RESTful APIs or gRPC for request submission and status updates.\n*   **Message Queues:** For asynchronous processing, requests could be pushed to a message queue (e.g., SQS, Kafka) which workers on the remote computer pull from, ensuring scalability and fault tolerance.\n*   **Cloud Storage:** User videos and final outputs are typically stored in scalable cloud object storage (e.g., AWS S3, Google Cloud Storage) for high availability and global access.\n\n**Performance Characteristics:**\n*   **Mobile Terminal:** Optimized for low latency interaction, minimal processing, and efficient data transfer for previews.\n*   **Remote Computer:** Designed for high throughput, parallel processing, and rapid rendering of complex effects, leveraging scalable cloud resources.\n*   **Overall:** The system aims for a balance, providing an interactive front-end experience with a powerful, fast back-end rendering capability, significantly reducing the total time from effect selection to final video delivery compared to purely client-side or blind server-side solutions. The Video Editing Using Mobile Terminal and Remote Computer patent fundamentally shifts the computational burden effectively.","business_analysis":"The patent \"Video Editing Using Mobile Terminal and Remote Computer\" (US-9852768) represents a strategic innovation with significant implications for the digital media and content creation industries. This analysis will explore the market opportunity, competitive advantages, potential revenue streams, viable business models, strategic positioning, and projected ROI for entities leveraging this technology.\n\n**Market Opportunity Size:**\nThe global market for video editing software and services is substantial and continues to grow, driven by the explosion of user-generated content, social media marketing, and remote work. The mobile segment, in particular, is experiencing exponential growth, with billions of smartphone users actively creating and sharing video. This patent targets a critical unmet need within this demographic: the ability to perform advanced, high-quality video editing on mobile devices without the traditional performance bottlenecks. The total addressable market includes individual content creators, small and medium-sized businesses (SMBs), educational institutions, and enterprises seeking efficient mobile content production. The market for mobile-first, cloud-backed creative tools is poised for significant expansion, making this innovation highly relevant.\n\n**Competitive Advantages:**\nThis technology offers several distinct competitive advantages:\n1.  **Superior User Experience:** The 'still-image preview' mechanism provides immediate visual feedback, a stark contrast to traditional server-side rendering which often requires blind uploads and waiting. This enhances user satisfaction and creative flow.\n2.  **Performance & Efficiency:** By offloading heavy rendering to cloud servers, mobile devices remain performant, battery life is preserved, and complex effects can be applied at speeds unattainable on-device.\n3.  **Accessibility to Advanced Features:** Professional-grade visual effects become accessible to a mass market, democratizing capabilities previously reserved for desktop software and powerful hardware.\n4.  **Scalability:** The cloud-based backend allows for elastic scaling to meet fluctuating demand, a critical advantage for services with viral growth potential.\n5.  **Cost-Effectiveness:** Reduces the need for users to invest in expensive desktop hardware or high-end mobile devices for advanced editing.\n\n**Revenue Potential and Business Models:**\nCompanies leveraging the Video Editing Using Mobile Terminal and Remote Computer patent could explore several revenue models:\n*   **Subscription-based (SaaS):** Offering premium features, unlimited renders, or access to exclusive effect libraries on a monthly/annual subscription.\n*   **Freemium Model:** Basic editing features are free, with advanced effects and cloud rendering capabilities locked behind a paywall.\n*   **Pay-per-Effect/Render:** Charging users per use of specific high-value visual effects or for each final video render.\n*   **B2B Licensing:** Licensing the underlying technology or a white-label solution to other mobile app developers, social media platforms, or enterprise content teams.\n*   **Advertising:** For free tiers, integrating non-intrusive ads, though less ideal for a premium service.\n\n**Strategic Positioning:**\nThis innovation allows companies to strategically position themselves as leaders in mobile-first content creation. It enables differentiation from existing mobile editors that are either too basic or too resource-intensive. A company could target niche markets like social media influencers, real estate agents creating property videos, or small e-commerce businesses making product demos, offering a tailored, high-performance solution. The technology also positions a company favorably for future integration with AI-powered video generation and editing tools, further solidifying its market leadership.\n\n**ROI Projections:**\nInvesting in or licensing this patented technology promises a strong ROI due to:\n*   **Increased User Acquisition & Retention:** A superior product offering will attract more users and reduce churn.\n*   **Higher Conversion Rates:** The value proposition of advanced, effortless mobile editing will convert free users to paying subscribers more effectively.\n*   **Reduced Infrastructure Costs (Client-side):** Lower demands on client devices mean broader compatibility and reduced support issues.\n*   **Scalable Cloud Infrastructure:** Cost-effective scaling of backend resources as user base grows.\n*   **First-Mover Advantage:** Early adopters can capture significant market share in a rapidly evolving segment.\n\nIn conclusion, the Video Editing Using Mobile Terminal and Remote Computer patent provides a robust framework for building next-generation mobile video editing platforms. Its ability to marry mobile convenience with cloud-powered performance creates a compelling value proposition for users and a clear path to market leadership and substantial returns for businesses that capitalize on its potential.","faqs":[{"answer":"The patent titled \"Video Editing Using Mobile Terminal and Remote Computer\" (US-9852768) describes an innovative method for enabling advanced video editing on mobile devices. It addresses the limitations of smartphones and tablets in handling computationally intensive tasks by leveraging the power of a remote computer, typically a cloud-based server.\n\nEssentially, this invention allows users to select videos and apply complex visual effects using a mobile application. Instead of the mobile device performing the heavy rendering, it provides a quick, still-image preview of the effect. Once the user confirms their selection, a powerful remote server takes over to combine the visual effect with the user's video, producing a high-quality, final output.\n\nThis system ensures that mobile devices remain responsive and efficient, while users still gain access to sophisticated editing capabilities. It aims to bridge the gap between the convenience of mobile content creation and the demand for professional-grade video quality. This technology is set to redefine mobile video production.","question":"What is Video Editing Using Mobile Terminal and Remote Computer?"},{"answer":"The core mechanism of the Video Editing Using Mobile Terminal and Remote Computer patent involves a smart division of labor between your mobile device and a powerful remote server. Here's a step-by-step breakdown:\n\nFirst, a user selects a video they wish to edit within a dedicated mobile application. They then choose a visual effect from a library and adjust its parameters (like intensity or duration) using the app's interface.\n\nCrucially, the mobile application then provides a preview of the selected visual effect. Instead of trying to render a full-motion video preview, which would be resource-intensive for the mobile device, it displays a series of still images representing the effect superimposed over the user's video. This 'still-image preview' offers immediate visual feedback without taxing the mobile device's processor or battery.\n\nOnce the user is satisfied with the preview and confirms their choice, the mobile terminal sends a lightweight request to a remote server. This request efficiently communicates the user's video identifier, the chosen visual effect, and its specific parameters. The powerful remote server then retrieves the necessary assets, combines the visual effect's video clip with the user's original video, performs the high-quality rendering, and produces the final edited video. This ensures that even complex effects are applied smoothly and efficiently.","question":"How does Video Editing Using Mobile Terminal and Remote Computer work?"},{"answer":"The Video Editing Using Mobile Terminal and Remote Computer patent primarily solves the long-standing problem of limited processing power and computational resources on mobile devices for advanced video editing. Traditionally, mobile video editing applications have been restricted to basic functionalities like trimming and simple filters because complex visual effects, transitions, and high-fidelity rendering demand significant CPU, GPU, and memory.\n\nThis limitation often leads to several frustrations for users: mobile devices can slow down, overheat, experience significant battery drain, or even crash when attempting more sophisticated edits. Many creators are forced to transfer their mobile-captured footage to a desktop computer for professional-grade post-production, which is time-consuming and disrupts the creative workflow.\n\nThis innovation eliminates these bottlenecks by offloading the heavy computational tasks to powerful remote servers, while maintaining an interactive and responsive user experience on the mobile device. It democratizes access to professional video editing, allowing users to achieve high-quality results directly from their smartphones or tablets without compromising performance or convenience.","question":"What problem does Video Editing Using Mobile Terminal and Remote Computer solve?"},{"answer":"The patent for \"Video Editing Using Mobile Terminal and Remote Computer\" (US-9852768) lists the inventors as [Inventors' names if available, otherwise state 'Not specified in provided data']. The assignee, which is the entity or individual to whom the patent rights are legally transferred, is [Assignee's name if available, otherwise state 'Not specified in provided data'].\n\nWhile the specific individuals or company are not detailed in the provided abstract, the invention itself represents a significant contribution to the field of mobile computing and digital media. The development of such a system requires expertise in mobile application development, cloud computing, video processing algorithms, and distributed systems architecture. This type of innovation often comes from teams within major technology companies or specialized software development firms focused on media and creative tools.","question":"Who invented Video Editing Using Mobile Terminal and Remote Computer?"},{"answer":"The Video Editing Using Mobile Terminal and Remote Computer patent offers several compelling benefits that revolutionize the mobile video editing experience:\n\n1.  **Enhanced Performance:** By offloading heavy rendering to remote servers, mobile devices remain fast, responsive, and avoid overheating or excessive battery drain. This ensures a smooth and efficient editing workflow.\n2.  **Instant Visual Feedback:** The innovative 'still-image preview' allows users to see how visual effects will look on their video almost immediately, enabling quicker creative iterations and reducing guesswork, unlike traditional server-side rendering.\n3.  **Access to Advanced Effects:** Users gain access to a wide array of complex and professional-grade visual effects and transitions that would typically be impossible to process efficiently on a mobile device alone.\n4.  **High-Quality Output:** Leveraging powerful cloud computing resources ensures that the final edited videos are rendered with superior quality and fidelity, matching desktop-level results.\n5.  **Democratization of Creativity:** This technology makes sophisticated video production tools accessible to a broader audience, empowering content creators, small businesses, and casual users to produce compelling visual content directly from their smartphones. These benefits collectively make the Video Editing Using Mobile Terminal and Remote Computer a game-changer for mobile content creation.","question":"What are the key benefits of Video Editing Using Mobile Terminal and Remote Computer?"},{"answer":"The Video Editing Using Mobile Terminal and Remote Computer patent fundamentally differentiates itself from prior art mobile video editing solutions by addressing their core limitations. Traditional mobile editing apps typically fall into two categories:\n\n1.  **Pure Client-Side Processing:** These apps perform all editing and rendering directly on the mobile device. They are limited by the device's hardware, leading to slow performance, overheating, and restricted access to complex effects. The Video Editing Using Mobile Terminal and Remote Computer system overcomes this by moving intensive rendering to the cloud.\n2.  **Full Server-Side Processing (Blind Editing):** Some solutions require users to upload raw footage to a server for processing, but they often lack immediate visual feedback. Users must wait for a full render to see the results, leading to a cumbersome 'blind editing' experience. This patent distinguishes itself with its innovative 'still-image preview' mechanism, offering instant visual confirmation on the mobile device.\n\nBy combining an interactive mobile interface with intelligent server-side rendering and efficient still-image previews, this invention offers a superior user experience, greater performance, and access to a richer set of features than either of the traditional approaches. It represents a hybrid model that intelligently balances client-side responsiveness with server-side computational power, setting a new standard for mobile video editing.","question":"How is Video Editing Using Mobile Terminal and Remote Computer different from prior art?"},{"answer":"The Video Editing Using Mobile Terminal and Remote Computer patent is poised to significantly impact a wide array of industries, particularly those heavily reliant on visual content and mobile technology:\n\n1.  **Social Media & Content Creation:** This technology will empower influencers, vloggers, and everyday users to produce higher-quality, more engaging content directly from their phones, leading to increased professionalization and creativity on platforms like TikTok, Instagram, and YouTube.\n2.  **Marketing & Advertising:** Businesses, especially SMBs, can create compelling promotional videos, product demos, and social media ads more efficiently and cost-effectively, reducing reliance on expensive agencies or desktop software.\n3.  **News & Journalism:** Field reporters can rapidly edit and enhance breaking news footage on location, enabling faster and more visually impactful reporting.\n4.  **E-learning & Education:** Educators can produce dynamic and interactive video lessons with advanced visual aids, making online learning more engaging and accessible.\n5.  **Real Estate:** Agents can quickly add professional graphics, text overlays, and virtual staging effects to property tour videos captured on their phones.\n6.  **Event Management:** Organizers can generate and share high-quality highlight reels and promotional content in real-time during events.\n\nIn essence, any industry that can benefit from efficient, high-quality, mobile-first video production stands to gain from the adoption of the Video Editing Using Mobile Terminal and Remote Computer technology.","question":"What industries will Video Editing Using Mobile Terminal and Remote Computer impact?"},{"answer":"The patent application for \"Video Editing Using Mobile Terminal and Remote Computer\" (US-9852768) was officially filed on **2016-06-24**. This date marks the beginning of the patent examination process, where the United States Patent and Trademark Office (USPTO) reviews the application for novelty, non-obviousness, and utility.\n\nSubsequently, the patent was published and granted on **2017-12-26**. The publication date is when the patent document becomes publicly available, allowing others to review its details and claims. The granting signifies that the USPTO has recognized the invention as meeting all legal requirements for patentability, granting the patent holder exclusive rights to the invention for a specified period.\n\nThese dates are crucial for understanding the patent's lifecycle and its place within the timeline of technological advancements in mobile and cloud-based video editing. The relatively quick turnaround from filing to grant reflects the innovative nature and potential impact of the Video Editing Using Mobile Terminal and Remote Computer system.","question":"When was Video Editing Using Mobile Terminal and Remote Computer filed/granted?"},{"answer":"The commercial applications of the Video Editing Using Mobile Terminal and Remote Computer patent are extensive and span various sectors of the digital economy. This technology provides a foundation for creating next-generation mobile video editing platforms and services.\n\n1.  **Mobile Video Editing Software:** Developers of mobile apps like CapCut, InShot, or Adobe Premiere Rush can integrate this technology to offer more powerful features, advanced visual effects, and faster rendering times, significantly improving their product offering and user experience.\n2.  **Cloud Video Processing Services:** Cloud providers or specialized media processing companies can offer backend-as-a-service solutions that leverage this patent's principles, allowing other app developers to easily integrate advanced rendering capabilities without building their own infrastructure.\n3.  **Social Media Platforms:** Platforms heavily reliant on user-generated video content (e.g., TikTok, Instagram, YouTube Shorts) can enhance their in-app editing tools, encouraging higher quality and more diverse content creation directly within their ecosystems.\n4.  **B2B Solutions for Content Teams:** Enterprises can utilize white-label versions of this technology to empower their marketing, sales, or communications teams to create professional-grade video content efficiently from their mobile devices.\n5.  **Specialized Vertical Applications:** Niche apps for specific industries, such as real estate (adding virtual tours, property info overlays), e-commerce (product video creation), or event videography, can offer tailored, high-performance editing features. The Video Editing Using Mobile Terminal and Remote Computer patent enables a broad commercial adoption for improved mobile content creation.","question":"What are the commercial applications of Video Editing Using Mobile Terminal and Remote Computer?"},{"answer":"The foundational principles of the Video Editing Using Mobile Terminal and Remote Computer patent open doors to numerous exciting future developments in mobile and cloud-based video editing:\n\n1.  **AI and Machine Learning Integration:** Expect to see deeper integration with AI for automated effect suggestions, intelligent content analysis (e.g., automatically detecting faces, objects, or scenes for targeted effects), and even AI-powered video generation from text prompts or simple inputs. The server's computational power is ideal for running complex AI models.\n2.  **Real-time Collaborative Editing:** The distributed architecture could evolve to support real-time collaborative video editing, allowing multiple users to work on the same project simultaneously from different mobile terminals, with the cloud handling synchronization and complex rendering.\n3.  **Enhanced Immersive Content Creation:** As AR/VR and 360-degree video become more prevalent, the ability to offload heavy processing will be crucial for editing these highly demanding formats directly from mobile devices, making immersive storytelling more accessible.\n4.  **Advanced Preview Mechanisms:** While still-image previews are a breakthrough, future developments might include low-latency streaming of server-rendered proxy videos, offering more dynamic and fluid previews without compromising mobile performance.\n5.  **Edge Computing Optimization:** To further reduce latency for certain interactive tasks, parts of the processing might move to edge servers located closer to the user, creating an even more distributed and responsive system.\n\nThese developments will continue to push the boundaries of mobile creativity, making professional-grade video production even more seamless, intelligent, and collaborative, all thanks to innovations like the Video Editing Using Mobile Terminal and Remote Computer patent.","question":"What are the future developments expected for Video Editing Using Mobile Terminal and Remote Computer?"}],"topics":["video editing mobile terminal remote computer","mobile video editing patent","cloud video editing","remote rendering","visual effects mobile","burgeoning","demand","quality"],"tech_cluster":null},"seo":{"title":"Mobile Video Editing - Video Editing Using Mobile Terminal and Remote Computer Patent US-9852768","description":"Revolutionize mobile video editing with the Video Editing Using Mobile Terminal and Remote Computer patent. Instant previews and cloud-powered rendering for professional results. US-9852768.","keywords":["video editing mobile terminal remote computer","mobile video editing patent","cloud video editing","remote rendering","visual effects mobile","US-9852768","patentable app","content creation","mobile content","video processing","patent innovation"]},"attribution":{"source":"Patentable","source_url":"https://patentable.app","canonical_url":"https://patentable.app/patents/US-9852768","license":"CC-BY-4.0-like","license_terms":"AI-generated analysis on this page (summary, layman_explanation, technical_analysis, business_analysis, faqs) may be reused with attribution and a visible link back to the canonical URL above. Patent abstracts, claims, and bibliographic data are USPTO public domain.","required_link":"https://patentable.app/patents/US-9852768","citation_suggestion":"Patentable. \"Video editing using mobile terminal and remote computer\" (US-9852768). https://patentable.app/patents/US-9852768","copyright_holder":"Nomic Interactive Technology LLC"},"links":{"html":"https://patentable.app/patents/US-9852768","json":"https://patentable.app/api/llm-context/US-9852768","site":"https://patentable.app","llms_txt":"https://patentable.app/llms.txt"},"generated_at":"2026-06-06T04:56:32.316Z"}